Wearable multifunctional body temperature monitoring system

Abstract

The invention discloses a wearable multifunctional body temperature monitoring system. The system comprises a body temperature monitor, a monitoring thermometer, a body temperature monitoring meter, abody temperature monitoring waistcoat, a mobile phone mobile terminal, a remote control server and a Bluetooth router. The body temperature monitoring meter is used for measuring body temperature, heart rate and blood oxygen, the monitoring thermometer is connected with the body temperature monitoring meter through Bluetooth, and the body temperature monitor is used for receiving body temperatureand motion state information of the monitoring thermometer. Measured data is transmitted to the remote control server through the Bluetooth router, and the remote control server transmits the signalsto the monitoring thermometer. According to the invention, the body temperature condition in the hospitalization stage can be monitored, and meanwhile, the body temperature monitoring system can alsobe used for monitoring the body temperature change of a hospitalized patient who is inconvenient to move after an operation, timely reminding and alarming the fever condition, setting any temperaturelimit value according to the fever condition of the patient, reminding and alarming the fever temperature, and timely reminding nurses or guardians of the body temperature state and the body state ofthe patient.

Description

technical field [0001] The invention relates to a body temperature monitoring system, in particular to a wearable multifunctional body temperature monitoring system. Background technique [0002] Mercury and electronic thermometers currently on the market are used to measure the temperature of the axillary center of the armpit. They must be clamped for measurement and cannot be worn at any time. When a patient who has just undergone surgery in the hospital is inconvenient to move, he must monitor the armpit center at a high frequency. However, it is inconvenient for the patient to move, and it is very inconvenient to measure the body temperature in the armpit. At the same time, it is impossible to judge whether the arm is closed during the temperature measurement. fever. Without the ability to adjust the vest, the medical-grade body temperature monitoring of the wearable armpit center cannot be performed on the patient, and the workload of artificial temperature measurement...

AI Technical Summary

Problems solved by technology

It realizes the rapid conversion between the slave devices through the central processing unit in rotation to receive the human body's ECG, blood pressure, blood oxygen, and body temperature signal data, but the nurse cannot observe the patient's temperature at any time, and cannot realize the patient's It can set any temperature limit value, remind and alarm the fever temperature, and cannot record the activity status of patients in the recovery period after surgery in the hospital.

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